Heavy metals (HMs) in soil cause adverse effects on ecosystem and human health.
Quantifying ecological risk and human health risk (HHR) from sources can determine priority …

Heavy metals in the topsoil affected adversely human health through inhalation, ingestion
and dermal contact. The health risk assessment, which are quantified from soil heavy metals …

To make pollution evaluation of potentially hazardous elements in the soil more accurately,
the regional geochemical baseline concentrations of eight potentially hazardous elements …

Quantifying source-oriented risk can identify primary pollution sources to help alleviate risks
to ecosystems and human health posed by soil heavy metals. Taking Yulin National Energy …

Source-specific risk apportionment for soil heavy metals (HMs) is crucial for pollution
mitigation and risk control in coal-mining areas. The ecological and human health risks …

Soil contamination of heavy metals (HMs) caused by the long-term industrial activities has
become a major environmental issue due to its adverse effects on human health and …

Heavy metal pollution (HMP) from mining operations severely threatens soil ecosystems and
human health. Identifying the sources of soil heavy metals (HMs) and assessing source …

An accurate understanding of soil heavy metal (HM) pollution characteristics and source
apportionment, and a recognition of the major factors influencing ecological and human …

Urban Parks are important places for residents to engage in outdoor activities, and whether
heavy metal (loid) s (HMs) in park soils are harmful to human health has aroused people's …

Recently, soil contamination by heavy metals in farmland has become a severe problem. In
this study, a novel assessment method of heavy metal pollution based on reactive heavy …